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Generative art

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Generative art

Ellsworth Kelly, The Meschers, 1951, oil on canvas, 59 x 59 inches, Museum of Modern Art, New York
Hans Haacke, Condensation Cube, begun 1965, completed 2008; Plexiglas and water; Hirshhorn Museum and Sculpture Garden
viral-based C++ software
Sergio Maltagliati, Iridem for trombone and clarinet, 1983
Maurizio Bolognini, Interactive installation (CIMs series), 2000
Installation view of Irrationnal Geometrics 2008 by Pascal Dombis

Generative art refers to art that in whole or in part has been created with the use of an autonomous system. An autonomous system in this context is generally one that is non-human and can independently determine features of an artwork that would otherwise require decisions made directly by the artist. In some cases the human creator may claim that the generative system represents their own artistic idea, and in others that the system takes on the role of the creator.

"Generative Art" is often used to refer to computer generated artwork that is algorithmically determined. But generative art can also be made using systems of chemistry, biology, mechanics and robotics, smart materials, manual randomization, mathematics, data mapping, symmetry, tiling, and more.

Contents

  • Examples of generative art 1
    • Music 1.1
    • Visual art 1.2
    • Software art 1.3
    • Architecture 1.4
    • Literature 1.5
    • Live coding 1.6
  • Generative art systems and methods 2
  • History of the term 3
  • Theories of generative art 4
    • Questions of generative art 4.1
  • See also 5
  • References 6
  • Additional general resources 7

Examples of generative art

Music

  • Johann Philipp Kirnberger's "Musikalisches Würfelspiel" (Musical Dice Game) 1757 is considered an early example of a generative system based on randomness. Dice were used to select musical sequences from a numbered pool of previously composed phrases. This system provided a balance of order and disorder. The structure was based on an element of order on one hand, and disorder on the other.
  • The fugues of J.S. Bach could be considered generative, in that there is a strict underlying process that is followed by the composer. Similarly, serialism follows strict procedures which, in some cases, can be set up to generate entire compositions with limited human intervention.
  • Composers such as John Cage[1]:13–15, Farmers Manual and Brian Eno[1]:133 have used generative systems in their works.

Visual art

  • The artist Ellsworth Kelly created paintings by using chance operations to assign colors in a grid. He also created works on paper that he then cut into strips or squares and reassembled using chance operations to determine placement.[2]
  • Artists such as Hans Haacke have explored processes of physical and social systems in artistic context.
  • François Morellet has used both highly ordered and highly disordered systems in his artwork. Some of his paintings feature regular systems of radial or parallel lines to create Moiré Patterns. In other works he has used chance operations to determine the coloration of grids.[3][4]
  • Sol LeWitt created generative art in the form of systems expressed in natural language and systems of geometric permutation.
  • Harold Cohen's AARON system is a longstanding project combining software artificial intelligence with robotic painting devices to create physical artifacts.[5]
  • Steina and Woody Vasulka are video art pioneers who used analog video feedback to create generative art. Video feedback is now cited as an example of deterministic chaos, and the early explorations by the Vasulkas anticipated contemporary science by many years.
  • Software systems exploiting evolutionary computing to create visual form include those created by Scott Draves and Karl Sims.
  • The digital artist Joseph Nechvatal has exploited models of viral contagion.[6]
  • Autopoiesis by Ken Rinaldo includes fifteen musical and robotic sculptures that interact with the public and modify their behaviors based on both the presence of the participants and each other.[1]
  • Jean-Pierre Hebert and Roman Verostko are founding members of the Algorists, a group of artists who create their own algorithms to create art.
  • A. Michael Noll, of Bell Telephone Laboratories, Incorporated, programmed computer art using mathematical equations and programmed randomness, starting in 1962.[7]
  • Maurizio Bolognini works with generative machines to address conceptual and social concerns.[8]
  • Mark Napier is a pioneer in data mapping, creating works based on the streams of zeros and ones in ethernet traffic, as part of the "Carnivore" project. Martin Wattenberg pushed this theme further, transforming "data sets" as diverse as musical scores (in "Shape of Song", 2001) and WorldHeritage edits (History Flow, 2003, with Fernanda Viegas) into dramatic visual compositions.
  • Canadian artist San Base developed a "Dynamic Painting" algorithm in 2002. Using computer algorithms as "brush strokes," Base creates sophisticated imagery that evolves over time to produce a fluid, never-repeating artwork.[9]

Software art

  • For some artists, graphic user interfaces and computer code have become an independent art form in themselves. Adrian Ward created Auto-Illustrator as a commentary on software and generative methods applied to art and design.

Architecture

  • In 1987 Celestino Soddu created the artificial DNA of Italian Medieval towns able to generate endless 3D models of cities identifiable as belonging to the idea.[10]

Literature

Live coding

Generative systems may be modified while they operate, for example by using interactive programming languages such as Max/MSP, Fluxus, Isadora, Quartz Composer and openFrameworks. This is a standard approach to programming by artists, but may also be used to create live music and/or video by manipulating generative systems on stage, a performance practice that has become known as Live coding. As with many examples of Software Art, because live coding emphasises human authorship rather than autonomy, it may be considered in opposition to generative art.[11]

Generative art systems and methods

Generative art systems can be categorized as being ordered, disordered, or complex. Here complex systems are those that have a mixture of both order and disorder and typically exhibit emergence. Ordered generative art systems can include serial art, data mapping, the use of symmetry and tiling, number sequences and series, proportions such as the golden ratio, and combinatorics. Disordered generative art systems typically exploit some form of randomization, stochastics, or aspects of chaos theory.

While ordered generative art systems are as old as art itself, and disordered generative art systems came to prominence in the 20th century, contemporary generative art practice tends to lean in the direction of complex generative systems. Evolutionary computing approaches have been especially productive as a way to harness and steer complex expressions of aesthetic form and sound at a high level either by interactively choosing and breeding individual results leading to improved hybrids, or by applying automatic selection rules, or both.

Other computational generative systems that move towards complexity include diffusion-limited aggregation, L-systems, neural networks, cellular automata, reaction-diffusion systems, artificial life, and other biologically inspired methods such as swarm behaviour.

While some generative art exists as static artifacts produced by previous unseen processes, generative art can also be viewed developing in real-time. Typically such works are never displayed the same way twice. For example, graphical programming environments (e.g. Max/Msp, Pure Data or vvvv) as well as classic yet user-friendly programming environments such as Processing or openFrameworks are used to create real-time generative audiovisual artistic expressions in the Demoscene and in VJ-culture.

History of the term

The use of the word "generative" in the discussion of art is scattered throughout the literature. Usage of the term has developed over time.

The use of Artificial DNA defines a generative approach to Art focused on the construction of a system able to generate unpredictable events, all with a recognizable common character.

The use of Autonomous Systems, required by some contemporary definitions, focuses a generative approach where the controls are strongly reduced. This approach is also named "emergent". It is not clear when the term generative was first used, although Boden and Edmonds [12] have noted the use of the term "generative art" in the broad context of automated computer graphics in the 1960s, beginning with artwork exhibited by Georg Nees and Nake in 1965:

The first such exhibition showed the work of Nees in February 1965, which some claim was titled "Generative Computergrafik".[12] While Nees does not himself remember, this was the title of his doctoral thesis published a few years later.[13] "Generative art" and related terms was in common use by several other early computer artists around this time, including Manfred Mohr.[12] Also if the term "Generative Art" with the meaning of dynamic artwork-systems able to generate several artwork-events was clearly used the first time for the "Generative Art" conference in Milan in 1998.

The term has also been used to describe geometric abstract art where simple elements are repeated, transformed, or varied to generate more complex forms. Thus defined generative art was practiced by the Argentinian artists Eduardo McEntyre and Miguel Ángel Vidal in the late 1960s. In 1972 the Romanian-born Paul Neagu created the Generative Art Group in Britain. It was populated exclusively by Neagu using aliases such as "Hunsy Belmood" and "Edward Larsocchi." In 1972 Neagu gave a lecture titled 'Generative Art Forms' at the Queen's University, Belfast Festival. [14] [15]

In 1970 the School of the Art Institute of Chicago created a department called "Generative Systems." As described by Sonia Landy Sheridan the focus was on art practices using the then new technologies for the capture, inter-machine transfer, printing and transmission of images, as well as the exploration of the aspect of time in the transformation of image information.[16]

In 1988 Clauser [17] identified the aspect of systemic autonomy as a critical element in generative art:

In 1989 Celestino Soddu defined the Generative Design approach to Architecture and Town Design in his book "Citta' Aleatorie".[18]

In 1989 Franke referred to "generative mathematics" as "the study of mathematical operations suitable for generating artistic images." [19]

From the mid-1990s Brian Eno popularized the terms generative music and generative systems, making a connection with earlier experimental music by Terry Riley, Steve Reich and Philip Glass.[20]

From the end of the 20th century, communities of generative artists, designers, musicians and theoreticians began to meet, forming cross-disciplinary perspectives. The first meeting about generative Art was in 1998, at the inaugural International Generative Art conference at Politecnico di Milano University, Italy.[21] In Australia, the Iterate conference on generative systems in the electronic arts followed in 1999.[22] On-line discussion has centred around the eu-gene mailing list,[23] which began late 1999, and has hosted much of the debate which has defined the field.[24]:1 These activities have more recently been joined by the Generator.x conference in Berlin starting in 2005. In 2012 the new journal GASATHJ, Generative Art Science and Technology hard Journal was founded by Celestino Soddu and Enrica Colabella [25] jointing several generative artists and scientists in the Editorial Board.

Some have argued that as a result of this engagement across disciplinary boundaries, the community has converged on a shared meaning of the term. As Boden and Edmonds[12] put it in 2011:

In the call of the Generative Art conferences in Milan (annually starting from 1998), the definition of Generative Art by Celestino Soddu:

Discussion on the eu-gene mailing list was framed by the following definition by Adrian Ward from 1999:

A similar definition is provided by Philip Galanter:[24]

Theories of generative art

In the most widely cited theory of generative art Philip Galanter[24] describes generative art systems in the context of complexity theory. In particular the notion of Murray Gell-Mann and Seth Lloyd's effective complexity is cited. In this view both highly ordered and highly disordered generative art can be viewed as simple. Highly ordered generative art minimizes entropy and allows maximal data compression, and highly disordered generative art maximizes entropy and disallows significant data compression. Maximally complex generative art blends order and disorder in a manner similar to biological life, and indeed biologically inspired methods are most frequently used to create complex generative art. This view is at odds with the earlier information theory influenced views of Max Bense[28] and Abraham Moles[29] where complexity in art increases with disorder.

There are two additional points worth noting. Galanter notes that given the use of visual symmetry, pattern, and repetition by the most ancient known cultures generative art is as old as art itself. He also addresses the mistaken equivalence by some that rule-based art is synonymous with generative art.[30] For example, some art is based on constraint rules that disallow the use of certain colors or shapes. Such art is not generative because constraint rules are not constructive, i.e. by themselves they don't assert what is to be done, only what cannot be done.

In a later article Margaret Boden and Ernest Edmonds[12] present an overview of generative art and allied practices to develop a more precise language for critical discussion. They agree that generative art need not be restricted to that done using computers, and that some rule-based art is not generative. They go on to develop a technical vocabulary that includes Ele-art (electronic art), C-art (computer art), D-art (digital art), CA-art (computer assisted art), G-art (generative art), CG-art (computer based generative art), Evo-art (evolutionary based art), R-art (robotic art), I-art (interactive art), CI-art (computer based interactive art), and VR-art (virtual reality art).

In both accounts the term generative art does not describe an art movement, ideology, or theory of aesthetics. The term refers to how the art is made, and does not take into account why it was made or what the content of the artwork is.

Questions of generative art

The discourse around generative art can be characterised by the theoretical questions which motivate its development. McCormack et al. propose the following questions, shown with paraphrased summaries, as the most important:[31]

  1. Can a machine originate anything? Related to machine intelligence - can a machine generate something new, meaningful, surprising and of value: a poem, an artwork, a useful idea, a solution to a long-standing problem?
  2. What is it like to be a computer that makes art? If a computer could originate art, what would it be like from the computer's perspective?
  3. Can human aesthetics be formalised?
  4. What new kinds of art does the computer enable? Many generative artworks do not involve digital computers, but what does generative computer art bring that is new?
  5. In what sense is generative art representational, and what is it representing?
  6. What is the role of randomness in generative art? For example, what does the use of randomness say about the place of intentionality in the making of art?
  7. What can computational generative art tell us about creativity? How could generative art give rise to artefacts and ideas that are new, surprising and valuable?
  8. What characterises good generative art? How can we form a more critical understanding of generative art?
  9. What can we learn about art from generative art? For example, can the art world be considered a complex generative system involving many processes outside the direct control of artists, who are agents of production within a stratified global art market.
  10. What future developments would force us to rethink our answers?

Another question is of postmodernism—are generative art systems the ultimate expression of the postmodern condition, or do they point to a new synthesis based on a complexity-inspired world-view?[32]

See also

References

  1. ^ a b c Christiane Paul Digital Art, Thames & Hudson Ltd
  2. ^ Yve-Alain Bois, Jack Cowart, Alfred Pacquement Ellsworth Kelly: The Years in France, 1948-1954, Washington DC, National Gallery of Art, Prestel, p. 23-26
  3. ^ Tate Online Article about François Morellet
  4. ^ Grace Glueck "Francois Morellet, Austere Abtractionism", New York Times, Feb. 22, 1985
  5. ^ Biography of Harold Cohen Harold Cohen
  6. ^ Bruce Wands Art of the Digital Age, London: Thames & Hudson, p. 65
  7. ^ A. Michael Noll, “The Digital Computer as a Creative Medium,” IEEE Spectrum, Vol. 4, No. 10, (October 1967), pp. 89-95; and “Computers and the Visual Arts,” Design and Planning 2: Computers in Design and Communication (Edited by Martin Krampen and Peter Seitz), Hastings House, Publishers, Inc.: New York (1967), pp. 65-79.
  8. ^ Maurizio Bolognini, De l'interaction à la démocratie. Vers un art génératif post-digital (From interactivity to democracy. Towards a post-digital generative art), in Actes du Colloque international Artmedia X (2011), Ethique, esthétique, communication technologique dans l’art contemporain (in French), Paris: L’Harmattan,  
  9. ^ http://www.sanbasestudio.com/about.htm
  10. ^ Celestino Soddu "Italian Medieval Town"
  11. ^ McLean, Alex (2011). Artist-Programmers and Programming Languages for the Arts. Goldsmiths, University of London. pp. 16–17. 
  12. ^ a b c d e f Boden and Edmonds What is Generative Art?, Digital Creativity 20(1/2): 21-46
  13. ^ Nake, Frieder. "Georg Nees: Generative Computergrafik". University of Bremen. Retrieved 19 August 2012. 
  14. ^ Osborne, Harold, ed. The Oxford Companion to Twentieth-Century Art, Oxford ; New York: Oxford University Press
  15. ^ Walker, J. A. Glossary of art, architecture, and design since 1945 (3rd ed.), London; Boston: Library Association Publishing; G.K. Hall.
  16. ^ Sonia Landy Sheridan Generative Systems versus Copy Art: A Clarification of Terms and Ideas, Leonardo, 16(2), 1983.
  17. ^ Clauser, H. R. Towards a Dynamic, Generative Computer Art, Leonardo, 21(2), 1988.
  18. ^ C. Soddu, Citta' Aleatorie, Masson Publisher 1989 "[1]"
  19. ^ Franke, H. W.Mathematics As an Artistic-Generative Principle, Leonardo, Supplemental Issue, 1989.
  20. ^ Eno, B. Generative Music, In Motion Magazine
  21. ^ Soddu, C. and Colabella, E. ed.s "Generative Art", Dedalo
  22. ^ http://www.csse.monash.edu.au/~iterate/FI/index.html
  23. ^ http://generative.net/mailman/listinfo/eu-gene
  24. ^ a b c Philip Galanter What is Generative Art? Complexity theory as a context for art theory, 2003 International Conference on Generative Art
  25. ^ GASATHJ
  26. ^ [2]
  27. ^ eu-gene mailing list welcome page
  28. ^ Max Bense Aesthetica; Einfhrung in die neue Aesthetik, Agis-Verlag
  29. ^ Abraham Moles Information theory and esthetic perception, University of Illinois Press
  30. ^ Philip Galanter Generative art and rules-based art., Vague Terrain (2006)
  31. ^ McCormack, Jon; Oliver Bown, Alan Dorin, Jonathan McCabe, Gordon Monro and Mitchell Whitelaw (forthcoming). "Ten Questions Concerning Generative Computer Art". Leonardo. 
  32. ^ Philip Galanter Complexism and the role of evolutionary art in "The art of artificial evolution : a handbook on evolutionary art and music", Springer

Additional general resources

  • Oliver Grau (2003). Virtual Art: From Illusion to Immersion (MIT Press/Leonardo Book Series). Cambridge, Massachusetts: The MIT Press. ISBN 0-262-07241-6.
  • Wands, Bruce (2006). Art of the Digital Age, London: Thames & Hudson. ISBN 0-500-23817-0.
  • Matt Pearson, Generative art : a practical guide using processing". Manning 2011.
  • Playing with Time A conversation between Will Wright and Brian Eno on generative creation.
  • Off Book: Generative Art - Computers, Data, and Humanity Documentary produced by Off Book (web series)
  • VJs TV Generative Art & Graphics
  • Thomas Dreher: History of Computer Art, chap.III.2, IV.3, VIII.1
  • [3]"Epigenetic Painting:Software as Genotype",Roman Verostko(International Symposium on Electronic Art, Utrecht, 1988); Leonardo, 23:1,1990, pp.17-23
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